Prototype Sistem Kendali Pintu Gerbang Otomatis Berbasis Internet of Things (IoT)

N. Anggreini, N. Ekawati, Hasbi Nur Ichsan
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Abstract

An automatic gate is a door whose operation process runs automatically using a remote drive tool, but when combined with IoT elements, it means that users can control the automatic gate using a cell phone or mobile phone. The purpose of this research is to create a prototype of an automatic gate control system based on the Internet of Things (IoT). The method used in the current research is the prototype method. The results in this study were tested to determine the range. Testing is done using an adapter connected to a power supply. The testing process is carried out by observing the movement and response of the servo motor when controlled via a smartphone and the stepper motor when the Ultrasonic sensor detects an object less than 5 cm. The conclusion of this research is that at a distance of 1 to 19 meters, the gate lock can still be controlled properly. While at a distance of 20 meters when the gate lock is open, the gate opens and closes. This is because the WiFi signal cannot be captured properly by the central controller of the circuit at a distance of more than 19 meters.  
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基于物联网的原型自动网关控制系统
自动门是一种门,其操作过程使用远程驱动工具自动运行,但当与物联网元件结合时,这意味着用户可以使用手机或手机控制自动门。本研究的目的是创建一个基于物联网(IoT)的自动闸门控制系统原型。目前研究中使用的方法是原型方法。对这项研究的结果进行了测试,以确定范围。使用连接到电源的适配器进行测试。测试过程是通过观察当超声波传感器检测到小于5厘米的物体时,通过智能手机控制伺服电机和步进电机的运动和响应来进行的。本研究的结论是,在1到19米的距离处,门锁仍然可以得到适当的控制。当门锁打开时,在20米的距离处,门会打开和关闭。这是因为WiFi信号不能被电路的中央控制器在超过19米的距离处正确捕获。
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自引率
0.00%
发文量
30
审稿时长
12 weeks
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